研究了围绕网络与信息系统的全生命周期,面向网络安全运营全流程场景,以机器人流程自动化(robotic process automation,RPA)技术和自适应网络安全技术建立能力框架,以期解决网络安全运营工作人工依赖性高、网络安全能力平台相对割裂、...研究了围绕网络与信息系统的全生命周期,面向网络安全运营全流程场景,以机器人流程自动化(robotic process automation,RPA)技术和自适应网络安全技术建立能力框架,以期解决网络安全运营工作人工依赖性高、网络安全能力平台相对割裂、网络安全运营工作要点缺失等普适性痛点问题。构建了基于RPA技术的网络安全运营自动化平台,实现主要日常性网络安全工作的自动化转型,并将剩余人力资源配置到暂时不能自动化的领域,如业务层网络安全分析、业务网络安全渗透、漏洞挖掘、自动化运营脚本编制等方面,最终达到缓解人力不足,解决人员缺失,避免网络安全工作覆盖面不全、效能不高等目的。展开更多
Network spoofing attacks are very specialized attacks, and network security managers brought a severe test. In this paper, through the analysis of the ARP protocol works, it discusses ARP protocol AR P virus are two c...Network spoofing attacks are very specialized attacks, and network security managers brought a severe test. In this paper, through the analysis of the ARP protocol works, it discusses ARP protocol AR P virus are two common attacks from the IP address to the security risks that exist in the physical address resolution process, and then analyzes in detail, and then introduces the AR P Find virus source and virus removal methods, and finally putting forward effective measures to guard against AR P virus.展开更多
文摘研究了围绕网络与信息系统的全生命周期,面向网络安全运营全流程场景,以机器人流程自动化(robotic process automation,RPA)技术和自适应网络安全技术建立能力框架,以期解决网络安全运营工作人工依赖性高、网络安全能力平台相对割裂、网络安全运营工作要点缺失等普适性痛点问题。构建了基于RPA技术的网络安全运营自动化平台,实现主要日常性网络安全工作的自动化转型,并将剩余人力资源配置到暂时不能自动化的领域,如业务层网络安全分析、业务网络安全渗透、漏洞挖掘、自动化运营脚本编制等方面,最终达到缓解人力不足,解决人员缺失,避免网络安全工作覆盖面不全、效能不高等目的。
文摘Network spoofing attacks are very specialized attacks, and network security managers brought a severe test. In this paper, through the analysis of the ARP protocol works, it discusses ARP protocol AR P virus are two common attacks from the IP address to the security risks that exist in the physical address resolution process, and then analyzes in detail, and then introduces the AR P Find virus source and virus removal methods, and finally putting forward effective measures to guard against AR P virus.
